Typewriting machine



NOV. 6, 1934. J A B, sMlTH 7 1,979,292

TYPEWRIT ING' MACHINE Filed March 5, 1932 4 Sheets-Sheet l lm/enfar:

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4 Sheets-Sheet 2 Nov. 6, 1934. J. A. B. SMITH TYPEWRITING MACHIN Filed March 5, 1932 Mm a k Nov. 6, 1934'.

J. A. B. SMITH TYPEWRITING MACHINE Filed March 5, 1952 4 Sheets-Sheet 5 MI /M Afforrz muenfol Nov. 6, 1934. J. A. SMITH 1,979,292

TYPEWRITING MACHINE Filed March 5, 1932 4 Sheets-Sheet 4 r Patented Nov. 6, 1934 UNITED STATES PATENT OFFICE TYPEWRITING MACHINE Jesse A. B. Smith, Stamford, Conn, assignor to Underwood Elliott Fisher Company, New York,

N. Y., a corporation of Delaware Application March 5, 1932, Serial No. 596,964

\ 25 Claims.

.10 the pending application of David W. Rubidge,

Serial No. 407,251, filed November 14, 1929 (now Patent No. 1,896,465 dated February 7, 1933) In certain typewriters of this kind, individual carbon-sheets are held at one end in blades, and

together with said blades are inserted between the work-web plies, the blades being attached to a carbon-carriage, mounted for movement toward and from the platen. By means of this carriage and the attached blades, the interleaved carbon-sheets can be retracted to register with a fresh work-web form every time the typing on one form is completed; it being understood that the carbon-carriage carrying the aforesaid blades and carbon-sheets will have advanced with the work-web in linefeed movement toward the platen during said typing. L

In certain other kinds of manifolding typewriters, continuous rolls of carbons areemployed, instead of the comparatively sh'ort aforesaid carbon-sheets, the carbon-rolls being mounted in the carbon-carriage. The axes of the rolls are spaced laterally from the edges of the work-web, so that the rolled portions clear said web. A suitable length is unwound from the carbon roll, is carried transversely across the web, and is then turned over a dfagonal guide disposed in the path of the web. By such turning the carbon is directed along the web toward the platen, enough carbon being unwound to suffice for manifolding without interfering with said-diagonal guide.

Owing to the difference between the substantial width of the carbon-rolls and the much narrower width occupied by the aforesaid blades, a carriage for the rolls takes up more room in the direction of carriage movement than does a carr'iage for the blades.

hon-carriage moves, and thereby accommodate the wider carbon-roll carriage'without reducing its range of movement. In other cases where a Wide carbon-roll carriage was used in a machine having guides of a length designed for a narrower blade-carriage, the range within which such wide carriage could move was reduced, owing to the heretofore used arrangement of the carriage rela- Heretofore it has been the practice to extend the guides upon which the cartively to its guides. Such reduction of the carriage-movement range resulted in a corresponding; limitation of the length of form which could be manifolded without shifting the carbons.

- A feature of the present invention an ar-' 69 rangement 'for a carbon-carriage for widecarbun-rolls whereby a typewriter havingguides designed for a narrow blade-carriage may, without change, receive the wider carbon-roll carriage without reducing the efiective range of 5 carbon-carriage movement, that is to say, just as long a'form may be manifolded with the wider carriage as was manifolded with the shorter carriage.

The importance of this feature resides not only 70. in the possibility which it affords of applying wide carbon-roll carriages to guides that were, designed for the narrower carriages; but there is also the advantage resulting from the weight of the typewriter-platen-carriage being kept down, it being understood that the guides for the carbon-carriage are directly connected to the typewriter-platen-carriage, and that any extension or such guides increases said weight. Furthermore such increase in length and weight is at a point remote from the main typewriter-carriage-- guides and escapement-mechanism, and inits skewing efiect every time the carriage is arrested the increased weight puts additional strain on said bearings and mechanism and is to be strictly avoided. V

The carriage includes a narrow truck which, in the illustrated embodiment of the invention, may accommodate different carbon-carriers. In the wide carrier the necessary width to accommodate the carbon-rolls and guides is obtained by extending said carrier so that when mounted upon said truck, it overhangs the rear of saidv truck. In this way the guide-rail length is minimizedand the weight of the complete typewriter-carriage is kept down.

Another feature of improvement relates to the diagonal carbon-guides. Heretofore, a number of vertically-spaced rods, separate from the diagonal guides and extending transversely of the composite work-web could be prepared.

According to the present invention, these verable in said carriage. To these ends,.each diag' onal guide may include one of the aforesaid rockshafts which also serve to space a carbon-sheet vertically.

An angularly-shaped wire or member is used and includes two portions, one portion forming the diagonal guide and being secured to one end of the rock-shaft, and the other portion formin a strut supporting the other end of the diagonal portion and being secured to the rock-shaft at a point spaced from the point where the diagonalportion is secured to said shaft. There is thus formed a triangle having a rock-shaft, the diagonal portion and the strut-portion as its sides. iihe rock-shaft extends sufficiently beyond the triangle thus formed, so that it may be journaled in supports, each support including a series of vertically-spaced bearings, which, in conjimction with novel formations on the ends of a rock-shaft, facilitate easy removal and replacement of the triangular diagonal guide. The preferred procedure for assembling a workweb with its interleaved carbons is to remove all the triangular guides from the carbon-carriage and then replace them seriatim, as one after another of the carbon-sheets is withdrawn from itsroll and threaded around a guide. Thus,beginning with the first carbon-sheet for the lowermost plies, the leadingedge of said sheet is drawn slightly past the rock-shaft position, the rockshaft with its attached diagonal guide is then inserted in its bearings, the rock-shaft overlying the sheet, and the sheet is then further pulled forward, turned over said diagonal guide for direction lengthwise of the work-web and carried a suitable distance past said guide. While said sheet is being thus threaded around the guide, the latter may be swung to any convenient position away from the web to facilitate such threading, and the subsequent insertion between corresponding plies of a work-sheet. The next diagonal guide for the next ply is then picked up and inserted into the carriage, the carbon-sheet associated, with said guide being then similarly threaded therearound and inserted between its corresponding plies of work-web. v

The built-up assembly of rock-shafts thus formed separates and directs the several carbonsheets, the separation being effected without the necessity of threading the leading ends of the carbon-sheets into the narrow openings of the vertically-spaced rock-shafts.-

Other features and advantages will hereinafter appear.

. In the accompanying drawingsf Figure 1 is a perspective view, showing the carbon-roll supports and the carbon-turning roll carriage,-the arrangement of a work-web therein,'and how said work-web extends from said carriage to and. around the typewriter-platen.

Figure 3 is a section taken in a direction crossing the work-web, showing, in elevation, the disposition of the carbon-rolls, the work-web and the carbon-turning guides and carbons interleaved with said work-web, and also showing details of construction of the novel carbon-roll carriage.

Figure 4 is a diagrammatic view, showing how the novel carbon-roll carriage may be used for two separate work-webs, that is, how one workweb may be in use around the platen, while the other work-web is idly retained in said carriage.

Figure 5 isa perspective view, bringing out details of the novel card-turning guide and how it may be inserted and removed from the carbonroll carriage.

Figure 6 is a perspective, showing details of the novel carbon-roll supports.

Figures 7 and 8 are enlarged views, showing details of means for locking and unlocking the carbon-rolls.

Figure 9 is a diagrammatic view, illustrating how a narrow fan-folded web may be used with the full width of diagonal guides.

Figure 10 is a diagrammatic view, showing how the diagonal-guides may be formed to cut the webs at their folds.

Figure 11 is a diagrammatic view, showing how a short diagonal guide may be employed for a narrow web.

Figure 12 is a perspective view, showing details of a carbon-roll and the manner of mounting it on its spindle, the parts being spread out for clear illustration.

Figure 13 is a perspective view, showing a. portion of afan-fold web with some carbons interleaved between some of the plies of said web, and

how the other plies may be separated for introducing a carbon after it has been turned by the novel diagonal guides. v

The invention is herein illustrated in connec-" tion with a fan-fold typewriter of the kind shown in the patent to Wernery & Smith, 1,132,055, dated March 16, 1915, in which a platen-carriage includes a frame 20, Figure 2,'guided for letter: feed travel on a front rail (not'shown) and a rear rail 21, supported by posts 22 of thetypewriterframe. In said carriage-frame, a platen 23 is mounted on a platen-axle 24, journaled in end plates 25, attached to a cross-shaft 26 for swing- 7 shifted, inasmuch as, in vsaid displaced position,

the tortuous course which the web assumes when the platen is in its normal position is straightened out, as fully set forth in said patent.

From a suitable position behind the typewriter, the web may be guided over a cross-member 28 of the novel carbon-carriage, and in a manner and by means to be described, the. plies of said web will have been interleaved with carbonsheets when the web and platen are in writing position.

To facilitatereplacement of worn carbon-sheet portions, said sheets are in the form of rolls 30, from which fresh portions may be unwound. Each roll may be made up of a number of superposed sheets, and the rolls may be arranged at the sides of the'work-web, the axes of the rolls return directions.

1 extending parallel to the path of the work-web, seeFigur'es 1 and 3. F

A suitable length of carbon-sheet'is led from a roll in a direction crosswise of the work-web, and is turned, over diagonal guides to be described, in the direction of the work-web. The carbon-rolls and carbon-sheet guides are supported in a movable and novel carbon-carriage, so thatthe interleaved carbons may, bymeans of said carriage, move as usual with the workweb, as the latter is line-fed, and, furthermore, so that the interleaved carbon-sheets may be re- 6 tracted to register with a new work-webform after-typing on thepreceding form has been completed.

For supporting and guiding the carbon-carriage, which, inasmuch as it carries the composite work-web, must also move with the platencarriage' in letter-feed and return directions, there is projected, rearwardly from said platencarriage, a pair of guide-rails 31. At their rear ends, said rails 31 are spaced and connected by a cross-member 32, to form a frame which, by

means of 'Lpivoted connections 29, located at the forward ends of said rails 31, is secured to brackets 33 fastened to and extending rearwardly from the platen-carriage frame,20. The typewriterfrainework also includes a stationary cross-rail 34 for supporting the guide-rails 31, and along which cross-rail 34 said guide rails 31 may move as the platen-carriage moves in letter-feed and For bearing upon said crossrail, each guide-rail 31 has-a roll 35 mounted on a bracket 36 secured to the guide-rail, said bracket including a horizontal tab 37, which, bearing against the under side of the cross-rail 34, prevents upward displacement of the guide-rail.

two guide-rails 31.

As it is desirable, .on occasion, to replace one carbon-carrier by another, the guide-rails 31 support a truck 38, to which difierent carbonthe present invention includes a base 43 formed of sheet-metal, and 'having its edges turned down, as at 44, to secure stiffness of the base. The base 43 rests upon the truck-plate 39, and, to this end, it may be provided on its under side with elongate bosses 45 extending crosswise of the base 43, as shown in Figure 2. As best seen in Figure 3, said bosses 45 may be pressed out of the sheet-metal forming the base 43. Extending downwardly from said bosses '45, tobe received by corresponding openings in the truckplate 39, are the usual slotted pegs 46, said pegs 46 having slots to receive the edges of holding levers 47, pivoted on studs '77 on the under side of the truck-plate 39, as best seen in Figure 3. The pegs 46 are secured to the base 43, by riveting, washers 48 being interposed between the riveted ends of the pegs and base 43 to thereby hold the pegs securely. It willbe evident from said Figure 3 that, with the levers 4'7 in the position shown, the base 43 of the carbon-carrier is secured to the top of the truck-plate 39,. It, will also be evident that, if 'the levers 47 are swung outwardly about said studs 77, that is, away from the pegs 46, the edges of said levers will be withdrawn from the slots in the pegs 46 and the base 43 and the pafis carried thereon to form a carbon-carrier may then be removed. Other carbon-carriers that are to be used with the truck 33 will have similar pegs 46. As shown in Figure 2, the turned-down edges 44 of the base 43 may embrace the front and rear edges of the truck-plate 39.

Retaining. brackets 49' for the carbon-rolls and carbon-guides are mounted on the carbon-carrier base 43, and are designed to secure lightness without sacrificing strength. With a fan- ,folded web, it is necessary to be able to insert carbons from'either side of the web; one of the novel brackets 49 is therefore mounted upon the base 43, upon each side of the web. Each bracket 49 may include an elongate base-portion 50, having turned edge-portions 52 to secure stiffness. Said base-portion 50 may also be provided with openings 51 to secure lightness. For attachment to the base 43, the turned edge-portions 52 of saidbase 50 may be extended to form feet 53, by means of which the bracket 49 may be secured to the base 43 by screws 54. Turned up from the endsc of the base-portion 50, and integral therewith, are portions forming supports 55 and 56, in which. carbon-roll spindles 5'7 and rockshafts 58 may be retained, said rock-shafts 58 forming part of the novel diagonal guides to be described later herein. The length of the bracketbase 50 is such that the spacing of the upturned ends 55, 56 is large enough to include'a sufficiently wide carbon-roll 30.

The invention is herein illustrated as bodied in a machine-employing four carbon-rolls, two on each side of the work-web; it being understood, however, that the invention is not limited to any specific number of rolls. a The carbonrolls are wound on spools 59. Each spool may have a rectangular opening 60 extending centrally throughout the length of the spool, which.

opening, as best seen in Figure 12, may at one end of the spool fit over a similar rectangularly shaped hub 61 of a cup-shaped member 62, which may form a retaining flange to abut one end of said spool. The other endof the spool is also provided with a retaining flange 63 having an outer hub 64 and an inner cylindrical hub 65; which latter hub is of a diameter to fit into the opening 60 of the spool. The flange 62 may be keyed to the carbon roll spindle by a pin 67. The flange 63 is slidable along the spindle 5'7 to alter the spacing between the flanges, so that different widths of carbon-roll may be accommodated, and said flange 63 may be secured by a set-screw 66 threaded into the outer flange 64 and binding on the spindle 57. An extra flange ll2-is for use with narrow spools as will be explained later herein.

The cup-shaped flange 62 has, as best shown in Figures 7 and 8, V-shaped teeth 68 cut in its rim-edge and thereby forming a crownshaped detent-wheel that co-operates with other parts to lock the spool in a manner to be dewith notches 75, each to receive the reduced portion at the other .end of said spindle. A'latchplate '70, common to the two spindles 57 that notches '75, when the latch, urged by a spring '74, is

' eluded. Such rearward extension is substan-- in the position shown in Figure 1.

When the latch-plate '70 is moved in the direction of the arrow (Figure 1), the hooked portions '73 thereof will be withdrawn from the spindles 5'7, and either spindle may then be lifted out. The upper ends of the hooked portions '73 and also the sides of the notches '75 may be formed so that a spindle 5'7 may be snapped into place by laying the end of said spindle against said upper portion of the hook '73 and notch-side and pressing down the other end oi the spindle having first been inserted in its hole '76 in the opposite support 56' Such pressure will cause the spring '74 to yield-and the latch-plate '70 to be displaced, the latch, urged by the spring 74, snapping back into place as the end of the spindle seats itself under said pressure in the notch '75.

As seen in Figure.2, the extent of the truck 38 in the direction of the guide-rails is substantially less than the extent of the carbon-carrier mounted thereon. Said truck 38 would also accommodate a narrower carbon-carrier of the type set forth in the aforesaid Wernery & Smith patent. According to the present invention, the carboncarrier is extended toward the rear of the machine, to aflord sufficient room within which the wide carbon-rolls and carbon-guide may be intially beyond the rear side of the truck 38. The rearward extension of the carbon-carrier will therefore overhang the rear endsof the carboncarriage guide-rails 31 when said truck is pushed back to the ends of said rails 31.

For turning the carbon-sheets from the direction crosswise of the work-web as they are unrolled from the carbon-rolls into a direction along the work-web, there are provided diagonal guides 80, secured to the aforesaid rock-shafts 58 in a manner best seen in Figure 5. As will be seen in said Figure 5, each diagonal guide is one of two portions of an a'ngularly bent wire, the other portion forming a strut 81, to support the free end of the diagonal guide 80, As seen in Figure 5, the other end of the diagonal guide 80 andone end of the strut 81 are inserted in drillholes 82 of said rock-shaft and firmly held in said holes by any suitable means, as, for example, a forced fit, soldering or riveting. The diagonal guide 80, rock-shaft 58 and strut 81 form a triangular carbon-guide. The rock-shaft 58 is extended sufficiently beyond the diagonal guide 80 and strut 81, so that it may be journaled in the supports 55, 56, which form part of the bracket 49. An object of the invention is to make said triangular carbon-guides easily removable ,from and replaceable in the supports 55, 56. To this end, one end of each rock-shaft may be cham- 'fered and rounded, as at 84, Figure 5, to facilitate insertion into one of bearing-holes 85 of the sup.- port 55. Said bearing-holes 85 may be sufliciently larger in diameter than the diameter of a rock-shaft 58, to permit the rock-shaft to be skewed, so that the other end'of said rock-shaft may be passed around the inner surface of the opposite support 56, for insertion into or withdrawal from one of the bearing-holes 86 in support 56 for said other end of the rock-shaft. Said bearing-holes 86 are formed to include slots 87 through which a flattened head 88 of the rockshaft may be inserted. Adjacent said flattened head 88 is a cylindrical neck 89, smaller in di ameter than the body of the rock-shaft, which is journaled in the cylindrical portion of the hole 86. As seen in Figure 5, it is evident that after insertion of the rock-shaft end, including the flattened head 88 and neck 89, into a hole 86, 87, and, after said rock-shaft has been given a quarter turn, said end of said rock-shaft will be interlocked with the support 56, as indicated at 90. Preparatory to assembling a web interleaved with carbon-sheets, all of the r0ck-shafts 58 and attached guides 80 are removed from the carboncarrier and laid aside, ready for use. Sufiicient lengths of carbon-sheets are unrolled and allowed to hang idly, as shown, for example, at 91, Figure 13. Said Figure 13 shows a number of plies 92 of the work-web already, interleaved with carbonsheets 93. During such interleavement, the guides 58, 80 were introduced into the carboncarriage, one after the other. For example, the lower carbon-sheet 93, as shown in Figure 1, will have been picked up first and its leading edge advanced slightly beyond the position to be occupied by the rock-shaft 58. Said rock-shaft 58 will then have been picked up, placed over the carbon-sheet so advanced, and at the same time will have beeen inserted in its bearings in the supports 55, 56. With the rock-shaft 58 turned so as to elevate the diagonal guide 80 to the position illustrated at 80, Figure 13, the leading edge of the carbon-sheet is then advanced further,

web, it is next in order to introduce the lowermost carbon-sheet coming from the right of the workweb. In the latter case, the leading edge of the carbon-sheet is also advanced to a position ,just beyond that which the rock-shaft will occupy,

said rock-shaft and its attached diagonal guide 80 being then inserted in its supports 55, 56, the carbon-sheet being then advanced and turned about the diagonal guide 80, which, together with the carbon turned thereabout, is then swung downwardly against the next ply, of the workweb. If the web is fan-folded, as shown in Figure 13, the carbon-sheets are thus built up alternately bon-rolls and the edges of the work-web. It has not been necessary to insert the leading edge of every carbon-sheet into the narrow opening between any of the two rock-shafts 58, inasmuch assaid rods and their attached guides were assembled seriatim, that is to say, in the case of two adjacent rock-shafts 58, the lower rock-shaft 58 was first in place, then the carbon-sheet laid over it, and on top of that the next rock-shaft 58, and so on, until the assembly was built up.

, While the carbon-sheets are being interleaved with the several plies of the work-web, the leading ing lever 98.

enses edge of said web may be slightly in advance of. the diagonal guides, that is,.in advance of the struts 81 of said guides. Similarly, the leading edges of the carbon-sheets may also extend beyond the struts 81, but preferably not quite as far as the leading edges of said plies. The work-sheet plies and carbons interleaved therebetween are then advanced toward the platen and threaded around said platen while the carbon-carrier is held, the

carbon-rolls turning as the interleaved carbonsheets together with work-web plies are so advanced. It will be understood that during this operation, the platenis in the position shown by the broken lines in Figure 2. Ihe platen is then lowered to its normal writing position, and the carbon-carrier may be retracted far enough to afiord a sufficient range of advance for line-teeding. During such retraction, the carbons, if the platen is in its writing position, will be held by said platen, and it is necessary, therefore, that the carbon-rolls be free to revolve. During the regular line-feeding advance of the carbon-carrier, however, the carbon-carrying rolls must be locked, and the parts that cooperate with the r previously mentioned detent-member teeth 68 to leg abutting said support 56, and the other leg extending from said support, and carrying the lever 98, which is pivoted on a stud 101, carried by said latter leg. Said latter leg also carries a holding lever 102 for the locking lever 98, said holding lever being pivoted on a stud 103. For manipulation, the locking lever 98 has a finger-piece 104 extended to project through an opening 105 of the support 56. Furthermore, said locking lever 98 has an arm having a V-shaped edge 106 which may engage the detent-teeth 68 formed on the flange 62 of the carbon-rolls. and below said edge 106 is 'a shoulder 107, over which a latching portion 108 of the holding lever 102 may beinterposed, as. shown in Figure 8, when it is desired to keep the holding lever 98 withdrawn from the detent-flange teeth 68. The locking lever 98 and its holding lever 102 are connected by a spring 109 having points of attachment to said levers as seen inFigures 7 and 8. It will be seen from Figure 7 that the distance from the axis of said spring 109 to the center of the pivot-stud 101 is such that in conjunction with a suitable strength for said spring, the

V-shaped edge 106 of the locking lever 98 is firmly held against the detent-flange teeth 68, and that the .corresponding carbon-roll is thereby securely held against rotation. While the locking lever 98 is so held in its effective position, the axis or the spring 109 is suinciently near the center of the pivot-stud 103 of the holding lever 102th minimize the pressure of said lever 102 upon theloclr- When it is desired. to unlock the carbon-roll, the locking lever 98 is, by means of its finger-piece 104, shifted to the position indicated in Figure 8. spring 109 will have increased its distance from the pivot-stud 103 and decreased its'distance from the pivot-stud 101, with the result that, whereas the. turning power of said spring upon the holding lever-102 is increased, its turning power upon the locking lever 98 is decreased, and said spring, therefore, enables theholding lever 102 to hold Extended beyond In thisposition, the axis of thethe locking lever 98 in the position indicated in said Figure 8, in which the finger-piece 104 abuts the end of the opening 105. For restoring the locking -lever 98 to the detent-teeth 68, a pull upon the finger-piece 104 of said locking lever in the direction of the arrow. Figure 8, overcomes the tension of the spring 109. Inthis case the locking lever 98 is rotated clockwise-and causes the holding lever 102 to be displaced in counterclockwise rotation until its latching portion 108 escapes from the end of the shoulder 107 of the locking lever, whereupon the spring 109 will be effective to force'the t -shaped edge 106 of the locking lever into engagement with the detent-teeth 68 again.

Some worlowebs have plies of difierent widths as shown in Figure 9. in such case, narrow car hon-sheets 110 are used and are unwound from correspondingly narrow rolls 111. An extra flange 112 may be provided for the narrow roll ill. if it is at the left of the'web, it being inexpedient to move the flange 62 to abut the narrowroll 111, because said flange 62 carries the detent-teeth 68,

which, in the case where narrow-rolls are used,

also serve to lock said narrow rolls. Said extra flange 112 has a rectangular hub 118 (see Figure 12) to fit the opening 60 of the carbon-spool 59, the latter corresponding, of course, in length with the narrow roll. Said flange 112 also has an outer hub 114 in which is threaded a set-screw 115 to bind upon the shaft 5'2. When a narrow roll is used at the right of the web, the regular flange 63 is simply moved to abut said narrow roll, as shown in Figure 9. Figure 9 shows the use of a fan-fold form with wide folds and narrow folds. The narrow or bottom fold has to be slit by guide-rod 80, of the standard carbon-guide in order to pass said rod 80. The wide plies of the fan-fold form pass freely and unslit past the standard carbon-guides. Figure 9 thus shows an arrangement whereby the fan-fold form of wide and narrow plies can be used with standard size carbon-guides, by slitting the narrow folds. h

It will be seen in Figure 9 that the diagonal guide 80 crosses the folded edged the narrow web-plies when said guide 80 projects from the same side of the web at which the narrow plies are disposed. It is necessary, therefore, that such folded edge be cut as shown at 116. Such cutting may be done by moving the carbon-carrier backward while holding the whole web, in which case the guide 80 does the cutting, or the cut-' tingmay be effected by a separate operation in any suitable manner, as, for example, by running a knife down said folded edge. In some cases, however, where a webhaving plies of different widths is used, it is desirable to retain the plies in their fan-folded form after a form has been typed on and detached from the web. Figure 11 shows an arrangement whereby a fan-fold web of wide and narrow folds is used without slitting any of the folds. For this purpose a carbonguide having a short diagonal reach may be used for the narrow told, which freelypasses the short-reach carbon-guide without being slit. The short-diagonal reach carbon-guide is arranged to be mountable in the same supports as mount the standard carbon-guides so as to be interchangeable with the latter. By mounting thediagonal guides 80 on the rock-shafts 58, said guides maybe made of different lengths, for a web having fan-folded plies of difierent widths, the folds of which plies are not to be cut. As seen in Figure 11, a short diagonal guide 117 is fastened to a regular rock-shaft 58 in the same manner already described for fastening the longer guide- 80, such short diagonal guide 117. being employed wherever a carbon is .to be interleaved from the side of the web at which the narrow web-plies are to be disposed, that is to say, if the interleavement from such side of the web is to be between narrow plies, a short guide 11'? is used. If the interleavement is to be between full-width plies, a guide 80 of full length may be used. In any case, if the interleavement is from the other side of the web, guides 80v of full length may be used irrespective of whether such interleavement is between wide or narrow web-plies. The use of the short diagonal guides 117 also avoids the necessity for providing the extra flange 112 for the carbon-rolls at the left of the web, the regular flanges 63 being suitable, as will be evident from Figure 11.

Figure 10 illustrates how a diagonal guide may be extended beyond the folds of a fan-folded extends perpendicularly. to the rock-shaft .ets by screws 127.

web to out said folds, as indicated at 113. To afford suchgextension 119 of the diagonal guide without a corresponding increase of the length of the rock-shaft 58, on which such extended guide -80 is mounted, the wire forming said guide may have areverse bend at a point 120, which lies beyond the fanfolded edge. From said point 120 the wire may extend in a direct line to its point of attachment 121 with the rockshaft 58, or, as is preferable and illustrated, the wire may be bent and directed from said point 120 to include a bend 122, from which the wire 58 to its point of attachment 121.

The wire forming the diagonal guide 80 may also have a bend 123 just outside the edge of the carbon-sheet, the purpose of this bend being to incline the cutting portion or extension 119 of the diagonal guide more toward the folded edge of the web, and thereby facilitate the cutting of said edge. Y 1

For guiding the workweb laterally, there may be provided the usual guides 124, which are adjusted laterally of the work-web along the crossmember 28, which may be secured in brackets 126 extending from the rear end portions of the carbon-roll brackets 49, said brackets 126 being secured to the under side of said carbon-roll brack- Where a narrow carbonbracket is mounted on the truck 38, the cross member 28 may be retained in upstanding brackets 128 projecting from the rear portions of the carbon-rail frame along which the carbon-carriage mo'ves, said brackets being usually attached to the ends of the cross-,member 32 of said frame.- It will be noticed that the feet 5 3 of the carbonspool brackets 49 arehigh enough to elevate the base-portion 50 of said brackets 49 above said upstanding brackets 128, thus enabling said baseportion 50 to clear said brackets 128 or any rod that may span said brackets 123. s

The platen-carriage includes the usual papertable 129, a front paper-table 130 and a tie-rod 131 connecting end plates 132 of saidcarriage. Said tie-rod 131 also serves as an abutment for the end plates 25 of the swingable platen-frame. The usual gage 125 for. positioning the leading edge of the work-web, preparatory to detaching a finished form from said work-web, is fastened to the front paper-table. For moving the carhon-carriage back and forth conveniently from a position in front of the typewriter, there is provided an arm 135 formed as best seen in'Figures 1 and 2. For attachment to the right carbon-roll bracket 49, said arm may have an ear 136 abutting the upstanding carbon-roll support 56 of eluding a plurality of Said flat piece 133 forms part of a bracket 134, I

which is extended upwardly from the base 43 of the carbon-carrier, so that said fiat piece may support saidweb. The bottom ply of the web is in immediate contact with said flat piece 133, as seen in Figure 3, and the strut-portion 81, immediately above said bottom ply and resting thereon, cooperates with said flat piece 133 to support the web against sagging.

Figure 4 shows how two separate work-webs may be accommodated at one time by the carboncarrier, one of said webs being in use and the other one being idle. The leading end of the idle web may be tucked between two struts 81 of two diagonal guides, said two guides being inserted in the carbon-carrier in addition to the guides that are between the plies of the two separate webs.

Variations may be resorted to within the scope of the invention, and portions of the improvements may be used without others.

Havingthus described my invention, I claim:

1. The combination with a typewriting machine having a platen, of means for guiding a multipleply work-sheet web to'said platen, a carbon-carrier movable on said machine toward and away means for holding superposed carbon-sheets to be directed crosswise of said web and then turned in the direction of said web, means for separating said carbon-sheets-and effecting the turning thereof, said separating and turning means invertically-spaced rods for separating and guiding the carbon-sheets as they are directed crosswise as aforesaid, each rod hav- \ing a carbon-turning member fastened thereto and positioned to extend diagonally across the work-web, and means mounting said rods for rotation, so that the carbon-tuming members may be swung toward and from the work-web. 2. The combination with a typewriting machine having a platen, of means for guiding a multipleply work-sheet web to said platen, a carbon-carrier movable on said-machine toward and away from said platen, said carbon-carrier including means for holding superposed carbon-sheets to be directed crosswise of said web and then turned in the direction of said web," means for separating said carbon-sheets and eifecting the turn- I ing thereof, said separating and turning means including a plurality of vertically-spaced rods for separating and guiding the carbon-sheets as they are directed crosswise as aforesaid, each rod having a carbon-tuming. member fastened thereto from said platen, said carbon-carrier including rods and mounting means being arranged so that 3. In a type-impressing machine having a plat-- en over which a work-web travels, the combinagara es tionwith carbon-spools mounted at opposite sides of the path of travel of the incoming work-web,

of a plurality of vertically-spaced rods ior separating and guiding the transversely incoming carbons, each rod having'a carbon-turning member fastened thereto and positioned to extend diagonally across the work-web to alter the course ofthe transversely incoming carbons into correspondence with the direction of travel of the incoming work-web, and means mounting said rods for rotation, so that the carbon-turning members may be swung toward and from the work-web.

4. In a type-impressing machine having a platen over which a work-web travels, the combination with carbon-spools mounted at opposite sides of thepath of travel of the incoming work-web, of a plurality of vertically-spaced rods for separating and guiding the transversely incoming carbons, each rod having a carbon-turning member fastened thereto and'positioned to extend diagonally across the work-web to alter the course of the transversely incoming carbons into correspondence with the direction of travel of the incoming work-web, and means mounting said rods for rotation, so that the carbon-turning members may be swung toward and from the work-web, said rods and mounting means being arranged so that the rods and their attached carhon-turning members may be readily removed from and replaced in said mounting means.

5. In a type-impressing machine having a platen over which a work-web travels,the combinetion with carbon-spools mounted at opposite sides of the path of travelof the incoming work-web, of a plurality of vertically-spaced rods for s'eparating and guiding the transversely incoming. carbons, each rod having a carbon-turning mem--\ ber fastened thereto and positioned to extend diagonally across the work-web to alter the course of the transversely incoming carbons into correspondence with the direction of travel of the incoming work-web, and means mounting said rods for rotation, so that the carbon-turning members may be swung toward and from the work' -rweb, said rods and mounting means being arranged so that the rods and their attached carbon-turning members may be readily removed from said mounting means, and replaced seriatimin said mounting means one after another, between the plies of the work-web in building up the composite web. 6, A type-impressing machine including a platen over which travelsa work-web folded lengthwise to form folds of different widths, carbonsheets of different Widths being projected transversely to the web from the opposite sides of the latter, carbon tuming flaps, and supports on each side of the web-path in which said flaps are pivv and thereby avoid severing the narrow folds, the

carbon-turning flap used with the relatively narrow folds being arranged to have a support-bridging span substantially exceeding the compass of its relatively 'short diagonal reach and being thereby pivotally mountable in said supports in- I course of the transversely incoming carbon-sheet to the direction of travel of the web, the pivotaxes of the flaps being arranged on opposite sides and lengthwise of the web so that the flaps may be swung to idle positions, off from the workweb, or returned to working positions, said flaps being constructed so that the ends of the diagonal reaches are at diiferent distances from their respective pivot-axes so as to fall within the folded edges pf web-plies traveling over said platen in asymmetrical, laterally spaced relation to said pivot-axes, each flap having a rod forming the pivot-axle and also forming a primary guide for the transversely incoming carbon-sheet.

8. A type-impressing machine including a platen over which a work-web, fan-folded lengthwise, travels, means from which a pair of carbonsheets are projected transversely of the web from opposite sides of the latter, a carbon-turni g flap pivoted beyond one side of the web path, another flap pivoted beyond the opposite side of the web 4 path, each flap having a reach extending diagonally of the web for altering the course of the transversely incoming carbon-sheet to the direction of travel of the web, the pivot-axes of the swung to idle positions, off from the work-web, orreturned to working positions, said flaps being constructed so that the ends of the diagonal.

reaches are at different distances from their ,respective pivot-axes sq as to fall within the folded edgeslof web plies traveling over said platen in asymmetrical, laterally spaced relation to said pivot-axesjeach flap having a rod forming the pivot-axle and also forming a primary guide for he transversely incoming carbon-sheet, and

eans pivotally supporting the flaps at the ends of the rods, saidrod-ends and supporting means being arranged so that the flaps may be readily removed and replaced. V-- I 9. The combination with a typewriting machine having a platen, of means for guiding a fanfolded multiple-ply work-web to said platen, the plies of said web being of different widths, a carbon-carrier "movable on said machine toward and away from said platen, said carbon-carrier including means for hgilding superposed carbonsheets' to be directed crosswise of, said web, and then turned in the direction of said web, said carhon-sheets being of different widths correspondingto the difierent widths of the web-plies, means for-separating said carbon-sheets and turning them in the direction of the workeweb, said separating and turning means including plurality of vertically-spaced rods, separating and guiding the carbon-sheets as they are directed crosswise as aforesaid, each rod having a carbon-turning member fastened thereto and positioned to extend diagonally across the work-web, the lengths of said turning members being different in accordance with the different widths of the work-web piles, and means mounting said rods its I for rotation, so that the carbon-turning members may be swung toward and from the workweb.

10. The combination with a typewriting machine having a platen, of means for guidingaa fan-folded multiple-ply work-web to said platen, the plies of said web being of different widths, a carbon-carrier movable on said machine toward and away from said platen, said carbon-carrier including means for holding superposed carbonsheets to be directed crosswise of said web, and then turned in the direction of said web, said carbon-sheets being of different widths corresponding to the different widths of the web-plies, means for separating said carbon-sheets and turning them in the direction of the work-web, saidseparating and turning means including a plurality of vertically-spaced rods, separating and guiding the carbon-sheets as they are directed crosswise as aforesaid, each rod having a car-' bon-turning member fastened thereto and positioned to extend diagonally across the work-web, the lengths of said turning members being different in accordance with the different widths of the work-web plies, and means mounting said rods for rotation, so that the carbon-turning members may be swung towardand from the work-web, said rods and mounting means being arranged so that the rods and their attached carbon-turning members may be readily removed and replaced in the carbon-carrier.

11, In a type-impressing machine having a platen over which a work-web travels, the combination with carbon-spools mounted at opposite sides of the path of travel of the incoming'workweb, of a plurality of vertically-spaced rods for separating and guiding thetransversely income ing carbons, each rod having a carbon-tuming member fastened thereto'and positioned to extend diagonally across the work-web to alter the cours of the transversely incoming carbons into correspondence with the direction of travel of the incoming work-web, and means mounting said rods for rotation, so that the carbon-turning members may be swung toward and from the work-web, said mounting means including a pair of spaced-apart plates, in which said rods are journaled, one end of each rod being formed with a head having flattened sides and an adjacent cylindrical neck of less diameter than said rod and slightly longer than the thickness of one of said plates, the corresponding plate in which said rod-end is inserted having cylindrical holes and notches extending from the sides of said holes, said notches receiving said flattened head and the cylindrical portion of the hole receiving said neck, the flattened head projecting beyond the plate when said neck is thus received, and a turn of the rod sufficing to interlock said rod with said plate by means of said head and neck.

12. In a typewriting machine having a platen and a platen-carriage movable in letter-feed and return directions, manifolding means for typing a multiple-ply work-web, said means including spools from which carbon-sheets are directed transversely of said web and then turned in the direction of said web, carbon-guides for so turning the carbon-sheets, a carbon-shifting carriage supporting said spools and carbon-sheet guides, and guide-rails extending rearwardly from the platen-carriage, said carbon-shifting carriage including a truck movable on said rails, and spaced supportson the truck for the spools and carbon-guides, said truck, .supports, and

guide-rails being arranged so that the transverse 3 nion carbon-stretches substantially overhang the rear ends of the rails when the carbon-shifting carriage is ,in its rearmost position, the front edge of said transverse carbon-stretches being thereby correspondingly spaced from the platen-carriage, and the length of said rails being thereby minimized for a given range of carbon-shifting movement.

13. In a typewriting machine having a platencarriage for carrying a multiple-ply work-web, the combination with elongate carbon-spools and elongate carbon-directing guides, of. a carsaid truck and substantially beyond the rear end 190 of said truck, the forward ends of said elongate supports being substantially even with the forward end of said truck, the transverse carbonstretches incoming from the carbon-spools thereby substantially overhanging the rear ends of-135 I the rails when the carbon-carriage is in its rearm'ost position, the front edges of said carbonstretches being correspondingly spaced from the platen-carriage, and the length of said rails being thereby minimized for a given range of carbun-shifting movement.

14. The combination witha typewriting machine having a platen, of manifolding means including a carbon-spool mounted for rotation to unrollcarbon-sheets therefrom, and 1ocking 1 5 means for holding said spool against rotation, said locking means including a toothed detentmember keyed to said spool, a pivoted locking lever operable to engage the tooth-member or to be disengaged therefrom, a second pivoted le- 2 said spring, levers and the lever-pivots being ar- 5 ranged so that when the locking lever is engaged, it is urged by said spring against said detentmember, and, furthermore, so that when said locking lever is disengaged, the second lever,

urged by said spring, 'yieldably holds the locking lever in its disengaged position, said locking lever having a finger-piece" whereby it may be moved to its locking or disengaged position.

15. In a manifolding type-impressing machine having a platen over'which a multiple-ply web 5 travels; a carbon-carrier movable on said machine toward and away-from said platen for carrying a pair of carbon-spools, each having at one end a trunnion, a support on said carrier havingend members in whichsaid spools may be journaled, one end member having spaced U- shaped seats for the spool-trunnions, the other member having spaced pivotal bearings, for the other ends of the spools, arranged for removal from or placement of a spool in said support by endwise and tilting movement of the latter, and a single spring-pressed retractible slide having spaced fingers, said slide and fingers being arranged to engage and releasably lock the trun- -ends of the spools in said U-shaped seats,

said iin'ger's arranged so that by pressing the trunnion-end of a spool thereagainst for placement of a spool in the support, the slide is momentarily displaced and the trunnion thereby snapped into B said U-shaped seat.

16. In a type-impressing machine having a platen over which a fan-folded web travels, the combination with carbon-spools mounted at opposite sides of the path of travel of the incoming work-web, of a plurality of vertically-spaced rods for separating and guiding the transversely incoming carbons, each rod having a carbon-turning member fastened thereto and positioned to extend diagonally across the work-web to alter the course of the transversely incoming carbons into correspondence with the direction of travel of the incoming work-web, and a carriage on which said spools and also the rods having the attached carbon-turning members are mounted for movement with the work-web in line-feeding direction and in a reverse direction for retracting the carbons while the web is held, said carbonturning members extending beyond the edges of said web, so that they cut the folds thereof during the carbonretracting movement of said carriage.

17. In a type-impressing machine having a platen over which a work-web travels, the combination with carbon-spools mounted at oppo- 30 site sides of the path of travel of the incoming work-web, of a plurality of vertically-spaced rods for separating the transversely incoming carbons, each rod having an angularly bent wire fastened thereto, so that one portion or leg of said l wire extends from said rod diagonally across the work-web to alter the course of the transversely incoming carbons into correspondence with the direction of the incoming work-web, the other portion or leg forming a strut between the other- 0 wise free end of said diagonal portion and said rod, and means mounting said rods for rotation, so that the angularly bent wire may be swung toward and from the work-web.

18. In a type-impressing machine having a 5 multiple-ply work web carriage including a platen; a carbon-carrier mounted on guide-rails extending rearwardly from said carriage for movement to and from said platen and carrying elongate carbon-spools on opposite sides of the web 0 path and also carrying carbon-guides for directing the transversely incoming carbons and tuming them in the direction of the work-web, said carrier including a truck having an elongate platformextending in its long dimension crosswise of 5 the work-web, and a spool and carbon-guide support, said support including an elongate baseplate resting upon and removably attached to said platform, and brackets for supporting said spools and guides, said brackets being each formed of one-piece sheet-metal to include an elongate base-portion turned down on its long edges to secure stifi'ness, the turned-down edges being bent laterally to form feet, the base-portion of each bracket having formed integrally therewith upturned ends between and by which said spools and carbon-guides are supported, said feet of said brackets being arranged and secured to said baseplate so that each bracket is substantially offset rearwardly of the base-plate and hence of the truck-platform, said carbon-spools thereby substantially overhanging the rear end of said truckguide-rails when the truck is in its rearmost position.

19. A carbon-directing flap for use in a multiale-ply web typeimpressing machine using carbons incoming transversely from the side of the web, said machine having spaced supports in which said flap is to be removably and pivotally mounted, said flap including a rod for spanning said supports and arranged at its ends for detachable pivotal connection to said supports, and a reach secured to and extending at an angle from said rod to cross the web diagonally, said rod capable of serving as a guide for the transversely incoming carbon, and said reach serving to alter the course of the transversely incoming carbon into correspondence with the direction of travel of the web.

20. A multiple-ply web type-impressing machine having a plate-carriage, and also having, in combination with a carbon-carrier shiftable to and from said carriage, means on said carrier for mounting a carbon-roll wound on a core, said core having atone end a key-formation, said means including spaced supports fixed on said carrier, an axle journ'aled in said supports, a toothed flange fastened to said axle, said flange having means to fit said key-formation and to hold the corresponding end of the core centered on said axle, a second flangeon said axle arranged to abut and hold the other end of said 7 core centered on the axle and also arranged for removal from and for adjustment along said axle for replacement of a carbon-roll and for difierent lengths of carbon-rolls, and a detent on said carrier engaging the toothed flange, said supports and axle being arranged for quick removal or replacement of the axle together with the parts mounted thereon.

21. In a carbon-carrier movable along a feed- ,able work-web and having means beyond the side of the web from which a carbon-sheet is projected transversely of the web, the combination of a rod for guiding the transversely incoming carbon-sheet, said rod having a carbon-turning member fastened thereto, said member extending diagonally across the web to alter the course of the transversely incoming carbon-sheet to a course lengthwise of the web, and a pair of spaced supports mounting said rod for rotation so that the carbon-turning member may be swung toward and from the web, one end of the rod being formed with a head having flattened sides and an adjacent cylindrical neck of less diameter than the rod and slightly longer than the thickness of the support in which said rod-end is received, said receiving support having a cylindrical hole and notches extending from the sides of the hole, the notches admitting said flattened head and the cylindrical portion of the hole re- 130 ceiving said neck, the flattened head projecting beyond the support when said neck is thus received, a turn of the rod causing said rod to interlock with said support by means of said head and neck, the other support being arranged to detachably pivot the other end of the rod.

22. In a type-impressing machine having a platen over which a work-web travels; a carboncarrier including carbon-supply means at the side of theweb from which a plurality of carbonsheets are projected in superposed relation transversely of the web, a plurality of vertically spaced rods for separating and guiding the transversely incoming carbons, each rod having a carbonturning member fastened thereto, said member extending diagonally across the web to alter the course of the transversely incoming carbon into members may be swung toward and from the web.

23. In a type-impressing machine having a platen over which a worlr-web travels; a carboncarrier including carbon-supply means at the side of the web from which a plurality of carbonsheets are projected in superposed relation transversely of the web, a plurality of vertically spaced rods iorseparating and guiding the transversely incoming carbons, each rod having a carbonturning member fastened thereto, said member extending diagonally across the web to alter the course of the transversely incoming carbon into correspondence with the direction of travel of the incoming work-web, and means mounting said rods for rotation so that. the carbon tummg members may he swung toward and from the web, said rods and mounting means being arranged so that'the rods and their attached carhon-turning members may be readily removed from and replaced in said mounting means.

24. The carbon-=carriage arranged as set forth in claim 13, said carriage including a member extending transversely of the web and spaced rearwardly of the elongate carbon-spool supports to support the trailing portion of the incoming web against sagging upon the carbons.

oma e 25. A type impressing machine including i platen over which travels a work-web folded lengthwise to form folds /of difierent widths, carbon-sheets of different widths being project= ed transversely to the, Web from the opposite sides of the latter, carbon-turning guides, and carbon-guide supports on each side of the webpath, the supports on each side being spaced sufliciently apart lengthwise of the web-path to clear the widest carbon-sheet and mount turning guide, each guide having a reach extending diagonally of the web for turning the trans= versely-incoming carbon sheet in the direction of web-travel, the diagonal reaches of the guides 'being of difierent-dimensions to correspond with the difierences in the widths of the web-folds,

and thereby avoid severing the narrow folds, the

carbon-turning guide used with the relatively narrow folds being arranged to have a support= bridging span substantially exceeding the com= pass of its relatively short diagonal reach and being thereby mountable in the supports int-er changeably with a carbon-turning guide for wider web folds,

JESSE A. B. SMITH. 

